Logarithmic scales, linear scales.

• The electronics are in a very high moment in these times. Everyone on the planet has come into contact with her. It is like a heavenly manna. Electronics has diminished distances by the fact that people in different corners of the world can communicate through them as if they were face to face. This apparent ease is the face of a very intense work of great scientific quality. The apparent ease in which the profane user uses electronics has far-reaching scientific advances. It was a titanic job to get here to distribute electronic equipment to everyone. The biggest problem with the electronics is that the signals emitted in space are attenuated by an exponential law. Working with such sizes is a titanic work. Because of this, electronics have called on mathematicians to help them not write a lot of zeros. They invented logarithmic scales . This has greatly simplified calculations, reduced computing time, and greatly relieved work.

• Simplifying calculations is an epochal achievement. Equations with exponential functions have turned into first degree equations. A huge help for the speed at which calculations can be made in this area. This, very useful to electronics, is a huge trap for the profane. Generally, this ease with which we use electronics is extremely deceptive for an unassuming man.

• The file you can download is a table showing the logarithmic scale size, with a variation from 0dBm to -100dBm. This is a fiction, a mathematical artifice. A difference of 100 units, which is misleading here? In real size, the difference is the following: 0dBm = 1mW / cm² = 0.001W / cm², and -100dBm = 100fW / cm² = 0.0000000000100 W / cm². The ratio to the first is 10,000,000,000 times. (Ten billion times)

• Also, in the file you download, you have the transformation formulas from the real-scale and real-scale logarithmic scale. These can be of help to any person working with electromagnetic field sizes.

• These things outlined above show us an extremely important thing. If you put your nose in things you do not understand, it would be a good idea to document how these things work. It is very easy for an uninitiated to believe that these sizes are infinite. Think about -100dBm transmitters still work very well and probably do not affect human cells. But at ten billion times higher, it works better. There is a problem, though. At those high values, the transmitters generate a dangerous signal for the living cell. At these values, you slowly, but surely, fry your skin and organs.

• What are the colors there? I had a nice trip, not quite a pleasure, beside the sewing entity. I've noticed that levels colored in red and orange are dangerous to our cells. The level of -70dBm marked with blue was the value I started to heal. Values ​​with green below the exposure value are safe for permanent exposure. But let me explain in more detail. In the room where I work I get 54 signals from Wi-Fi routers. They work non-stop. Each signal creates a live tissue exposure. After I filled up the lesions on almost all of my skin and after I lowered all the signals in my place of work below -70dBm my body began to heal. This limit is empirically established, but it is, for example, a very low value for permanent microwave exposure so that body cells are not affected by permanent microwave . This means 24 hours a day, seven days a week.